旋转填料床,rotating packed bed
1)rotating packed bed旋转填料床
1.Research on treatment of ammonia in phosphate tail gas by rotating packed bed;旋转填料床净化磷肥尾气中的氨气
2.Experimental studies on ozone oxidative treatment of dye wastewater in a rotating packed bed;旋转填料床中臭氧化处理染料废水的试验
3.Experimental study on capacity of gas hydrate in a rotating packed bed;超重力旋转填料床中天然气水合物含气量研究
英文短句/例句

1.Study on Structure Optimal Design of Counter-Current Rotating Packed Bed;逆流式旋转填料床结构优化设计研究
2.3D-computational fluid dynamic simulation of fluid flow in a rotating packed bed旋转填料床单相流场的三维数值模拟
3.Research into the Characteristics of Cross-flow Rotating Packed Bed and Application in Polymer Devolatilization;错流旋转填料床特性与聚合物脱挥应用研究
4.O_3 and O_3/H_2O_2 Oxidative Treatment of TNT Red-Water in a Rotating Packed Bed;旋转填料床中O_3和O_3/H_2O_2氧化处理TNT红水的研究
5.Basic Study on the Emul Sifiedfuel in Impinging Stream-Rotating Packed Bed撞击流—旋转填料床制备乳化柴油的基础研究
6.Research on Treatment of Ammonia in Phosphate Tail Gas by Rotating Packed Bed旋转填料床吸收磷肥尾气中氨气的研究
7.Discussion on Simulation of Distillation Operation in Rotating Packed Bed by ASPEN PLUS用ASPEN PLUS软件模拟旋转填料床精馏操作的探讨
8.Preparation of p-Hydroxybenzaldehyde by Combination Reactor of Rotating Packed Bed and Guide Tray Tower旋转填料床与导流板式塔组合反应器制备对羟基苯甲醛
9.Research progress of high gravity technology of IS-RPB to intensify liquid-liquid contact超重力撞击流-旋转填料床液-液接触过程强化技术的研究进展
10.Relations of extraction mass-transfer and micromixing characteristics in an impinging stream-rotating packed bed撞击流-旋转填料床萃取传质性能与微观混合效果的关系
11.Effect of Inner Packing Supporter on Gas-Film Controlled Mass Transfer in Rotating Packed Bed;旋转床填料内支撑对气膜控制传质过程的影响
12.Numerical Simulation of Micromixing Process in Rotating Packed Bed;旋转填充床内微观混合的模型化研究
13.Do not tighten packing nut enough to bind stem.不要过紧旋转填料螺母,以免粘接阀杆。
14.According to the data from experiment, the semi-empirical formula computing pressure drop of wire packing rotating packed bed absorber in air independent propulsion (AIP) system is established by regression analysis.利用实验数据进行回归分析,得到了计算丝网填料旋转床吸收器气相压力降的半经验公式。
15.Study on Micro-Mixing and Reactive Species Transfer in a Rotating Packed Bed旋转填充床内微观混合与反应传质过程的研究
16.Removal of Sulfur Dioxide from Flue Gas in Rotating Packed Bed by Dual-Alkali Method用旋转填充床以双碱法脱除烟气中的SO_2
17.Reasearch of packing and sealing technology in high pressure water revolving sealing高压旋转密封中填料密封技术的分析与改善
18.rotary compactor liner vibration system旋转充填衬管振动装置
相关短句/例句

Rotating packed bed technology旋转填料床技术
3)impinging stream-rotating packed bed撞击流-旋转填料床
1.The percentage of making emulsion in impinging stream-rotating packed bed, the phenol removal efficiency in rotating packed bed and the effects of the way of transmembrane pressure and the membrane pore size on the demulsification process by inorganic microporous membrane were studied.实验研究了对所采用的制乳设备——撞击流-旋转填料床对制乳率,提取设备——旋转填料床对脱酚率和破乳设备——无机微孔膜外压内抽式膜法破乳的重要参数如透过压方式、膜孔径等对膜通量和破乳率的影响。
2.The percentage of making emulsion in impinging stream-rotating packed bed,the phenol removal efficiency in rotating packed bed and the effect of the way of transmembrane pressure and the membrane pore size on the demulsification process by inorganic microporous membrane were studied.对所采用的制乳设备———撞击流-旋转填料床对制乳率、提取设备———旋转填料床对脱酚率、破乳设备———无机微孔膜法破乳的重要参数(如透过压方式、膜孔径等对膜通量和破乳率的影响)进行了研究。
4)impinging steam-rotating packed bed撞击流-旋转填料床
1.Ultrafine β-Cu powder was synthesized by high gravity reactive precipitation method from(CuSO_4·5H_2O) and β-H using impinging steam-rotating packed bed.以五水硫酸铜和2,4-二羟基苯甲酸为原料,利用撞击流-旋转填料床合成了热敏性材料2,4-二羟基苯甲酸铜(β-Cu)粉体,研究了制备过程中撞击初速、转速、浓度、温度、陈化时间和干燥方式对粉体粒径的影响。
5)multi-spraying rotating packed bed多级雾化旋转填料床
1.Experimental study on consumed power of multi-spraying rotating packed bed;多级雾化旋转填料床中变转速下的功耗实验研究
6)Impinging stream-rotating packed bed撞击流旋转填料床
1.The optimum condition was determined about making emulsion liquid membrane by impinging stream-rotating packed bed and treating phenolic effluent by rotating packed bed.采用了煤油 Span80 石蜡 氢氧化钠组成的液膜体系,研究了利用撞击流旋转填料床制备乳化液膜并用旋转填料床进行含酚废水处理的最适宜工艺条件,讨论了制乳转速、水乳比、Span80用量、NaOH溶液浓度、提取流量对提取率的影响。
延伸阅读

填料床反应器分子式:CAS号:性质:又称填料床反应器。在废水处理中,为装填有供微生物附着生长的填料的容器(反应器)。操作时,将废水从反应器底部引入,并将空气与废水一起通入反应器中。此类反应器常用于处理废水以去除碳质生化需氧量,也可用于进行废水硝化处理。